| Gear Technology Magazine

Closing Out the Year - Reasons for Hope

November 1, 2020

Phew! Making it to the end of 2020 seems like a victory in and of itself. Between the coronavirus, the economy, the rioting in the streets, the extreme weather events and the fiercely divided presidential race, we’ve all had a LOT to worry about this year.

HMC and Liebherr Collaborate on Large Scale Gear Production Project

November 1, 2020

A visit to the HMC Gears plant in Indiana kicked off an extensive project which resulted in the creation of a unique solution for exceptional demands: With the LC 4000, Liebherr forges new paths in large-scale gear cutting production and unites diverse machining methods in one highly efficient machine for the American gear specialist.

Why Selective Plating Stops Your Gears from Grinding to a Halt

November 1, 2020

Gears are a crucial part of many machines, and if they wear and corrode beyond repair it can then be a costly expense to replace them. Mark Meyer, Sales Manager, North America at SIFCO ASC, explains how brush plating can help prevent gears from being damaged and how the process can be used to restore worn or corroded gear components.

AGMA Statistical Programs Help Guide the Gear Industry

November 1, 2020

Industry data is the essential factor current leaders need for success in navigating through the uncertainty created by the pandemic and the resulting economic downturn.

2020 Buyer's Guide

November 1, 2020

The 2020 Gear Technology Buyers Guide was compiled to provide you with a handy resource containing the contact information for significant suppliers of machinery, tooling, supplies and services used in gear manufacturing.

Automotive Drive Concepts

November 1, 2020

Attempts to eliminate mechanical drive trains in automobiles and trucks have had limited success because of cost, weight, dynamic characteristic, and efficiency of the alternative components.

Asymmetric Cylindrical Gears

November 1, 2020

In this article the authors present a loaded tooth contact analysis (LTCA) method for asymmetric gears that provides an accurate and efficient design tool for analyzing and comparing designs. The presented method is implemented in SMT's MASTA software. The authors also present an example comparative study using this tool for an automotive application.

Big Gears: Seeing is Believing

November 1, 2020

This is the timely and relevant sequel to our Nov/Dec 2018 Addendum article, "Safety Guaranteed." In the original article will looked at some incredible gear applications from the safety of our desktop computers and smartphones. Who knew we would be spending most of 2020 doing the same exact thing?

Gearing for the Future

November 1, 2020

In 2021, the AGMA Foundation begins its 27th year. It is a critical year for the AGMA Foundation as our industry is facing incredible challenges and opportunities, and AGMA members are asking a great deal from our industry Foundation.